article · 2015

ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS

Juan José, Ramos González, Miquel Àngel, Piera Eroles

Cited by 0Abstract and details only

Abstract

To cope with the growing demands for simulation models of ever increasing complex industrial systems, the research community effort has been mainly focused in creating different software tools which simplify the modeling process. This work describes how the Object-Oriented Modeling language PML automates the modeling process by using physical knowledge in order to set the mathematical model of the system. The modeling language introduces a new modularization of the physical knowledge required to model a system, making a clear separation between the physical behavior representation (declarative knowledge) and the computational aspects of model simulation (procedural knowledge).The mathematical model can be formulated by means of an equation based language like EL or Modelica.

Cite this paper

APA 7

José, J., González, R., Àngel, M., & Eroles, P. (2015). ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS.

MLA 9

José, Juan, et al. “ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS.” 2015.

Chicago

José, Juan, Ramos González, Miquel Àngel, and Piera Eroles. 2015. “ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS.”

Harvard

José, J. et al. (2015) ‘ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS’.

BibTeX

@article{jose2015ecosimpro,
  title = {{ECOSIMPRO CODE GENERATION FROM THE PHYSICAL ANALYSIS OF OBJECT-ORIENTED MODELS}},
  author = {José, Juan and González, Ramos and Àngel, Miquel and Eroles, Piera},
  year = {2015}
}

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